Levulinic acid can be converted into maleic anhydirde by oxidative scisson over supported vanadium oxide catalysts. This requires scission of the methyl carbon in bifunctional levulinic acid, whereas the analogous oxidation of monofunctional methylketones is selective toward internal bond scission…
Carbonyl oxidations fragment large oxygenates to produce short-chain carboxylic acids. These reactions can be carried out in the gas phase over solid oxides, though the mechanistic roles of surface acidity and redox function are not fully resolved…
Levulinic acid can be converted into maleic anhydirde by oxidative scisson over supported vanadium oxide catalysts. This requires scission of the methyl carbon in bifunctional levulinic acid, whereas the analogous oxidation of monofunctional methylketones is selective toward internal bond scission…
Carbonyl oxidations fragment large oxygenates to produce short-chain carboxylic acids. These reactions can be carried out in the gas phase over solid oxides, though the mechanistic roles of surface acidity and redox function are not fully resolved…
Levulinic acid can be converted into maleic anhydirde by oxidative scisson over supported vanadium oxide catalysts. This requires scission of the methyl carbon in bifunctional levulinic acid, whereas the analogous oxidation of monofunctional methylketones is selective toward internal bond scission…
Carbonyl oxidations fragment large oxygenates to produce short-chain carboxylic acids. These reactions can be carried out in the gas phase over solid oxides, though the mechanistic roles of surface acidity and redox function are not fully resolved…
Levulinic acid can be converted into maleic anhydirde by oxidative scisson over supported vanadium oxide catalysts. This requires scission of the methyl carbon in bifunctional levulinic acid, whereas the analogous oxidation of monofunctional methylketones is selective toward internal bond scission…
Carbonyl oxidations fragment large oxygenates to produce short-chain carboxylic acids. These reactions can be carried out in the gas phase over solid oxides, though the mechanistic roles of surface acidity and redox function are not fully resolved…
Levulinic acid can be converted into maleic anhydirde by oxidative scisson over supported vanadium oxide catalysts. This requires scission of the methyl carbon in bifunctional levulinic acid, whereas the analogous oxidation of monofunctional methylketones is selective toward internal bond scission…
Carbonyl oxidations fragment large oxygenates to produce short-chain carboxylic acids. These reactions can be carried out in the gas phase over solid oxides, though the mechanistic roles of surface acidity and redox function are not fully resolved…
Levulinic acid can be converted into maleic anhydirde by oxidative scisson over supported vanadium oxide catalysts. This requires scission of the methyl carbon in bifunctional levulinic acid, whereas the analogous oxidation of monofunctional methylketones is selective toward internal bond scission…
Carbonyl oxidations fragment large oxygenates to produce short-chain carboxylic acids. These reactions can be carried out in the gas phase over solid oxides, though the mechanistic roles of surface acidity and redox function are not fully resolved…